What is healthcare information technology and what are its benefits?
From transportation to manufacturing to education, information technology is influencing virtually every industry today. The healthcare industry has experienced a significant transformation brought in by information technology. From electronically checking in patients and updating their medical records to digitally forwarding blood test results to patients, information technology is transforming the healthcare industry by leaps and bounds. Experts estimate that by the end of 2024, the healthcare information technology market could reach USD 390.7 bn.
This post looks at how information technology and healthcare go hand-in-hand to benefit both medical professionals as well as patients.
Read more: 7 Major Impacts of Technology in Healthcare
What is Healthcare Information Technology (HIT)?
While information technology refers to the usage of computers and telecommunications and other systems to store, retrieve and share information, HIT, refers to the secure use of technology to manage health-related information.
The most common examples of healthcare information technology are e-prescriptions, electronic health records (EHRs), and other tech tools that help patients meet health goals such as managing blood sugar levels or quitting smoking. Information technology has paved the way for more accurate EHRs/ EMRs that help patients gain quick and easy access to various healthcare facilities. Additionally, it has given patients more control over their health through various mobile apps and information platforms.
Healthcare information technology’s primary purpose is to maintain privacy while improving patient care. HIT enables medical professionals to not only take better care of patients but also improve their communication with patients.
A few examples of Health IT are:
- Computerized disease registries
- Consumer health IT applications
- Electronic prescribing
- Electronic medical record systems such as EMRs, EHRs, and PHRs
What is the significance of healthcare information technology?
The goal of using information technology in healthcare is to enhance the overall health of the people by improving the quality of care provided to the patients.
Healthcare information technology is significant because it:
- Helps in delivering more accurate, actionable, and accessible information related to a patient’s health that can be customized to meet the individual’s needs.
- Allows better and faster decisions related to health risks that affect an individual as well as the public.
- Supports communication between patients and healthcare professionals and helps in decision-making.
- Helps build networks of social support for both patients as well as healthcare professionals.
- Improves awareness among patients as well as the general public about health-related matters that can lead to positive outcomes.
Uses of information technology in healthcare
Information technology is being used in numerous ways to improve patient safety, healthcare delivery, and communication between healthcare providers and patients. One of the most remarkable applications of HIT is patient records and data management.
Previously, paper charts were used to maintain patients’ records that were easily lost, misinterpreted, or damaged. IT has helped healthcare professionals track patient’s records easily and securely. A medical professional can add pharmacy records, X-rays, test results, and even vital signs to the virtual chart that is easy to read, share, and check against other records.
Also, an entirely new discipline known as nursing informatics has been formed by combining IT and clinical care. This discipline combines the practice of nursing with IT management and helping people with a passion for science and data in the service of medical patients and improving healthcare. With increased demand in technology, this field is gaining more popularity day by day.
According to a survey by the Robert Wood Johnson Foundation, it was found that nurses who use IT are more likely to spot medical errors. As less time is spent on documenting patient care, nurses can get more time to spend on patient care. Also, as more and more people are getting insured and seeking quality care, the demand for information technology that can help track patients’ records accurately and improve healthcare is only going to grow.
As the HIT field expands, it will create more jobs for IT professionals in hospital settings. From medical transcriptionists, medical coding specialists, clinical IT consultants, and healthcare system analysts, roles in the field of healthcare are growing every year. Apart from creating jobs, IT will stay relevant for hospital administrators and policymakers to increase their volume, speed, and quality of service in the care centers.
Read more: How digital tools are reshaping healthcare
4 future trends in healthcare to watch out for!
1. Telehealth will gain more popularity
As more and more doctors, specialists, and health systems are providing telehealth services, it will gain more prominence in near future. For example, a senior citizen recovering from post-acute care could avail of on-camera consultation without the need for traveling. Regardless of the user’s condition or age or familiarity with the concept, telehealth will gain wider adoption soon.
2. Virtual Reality (VR) will be widely used in patient care
- Virtual Reality can help memory care patients visit vacation spots, access street views of their childhood homes and parks virtually.
- VR is already helping surgeons visualize potential issues before complex surgeries. With more advancements in VR coming up, it could improve procedural intervention by overlaying imaging data and relevant information.
- Vivid imagery using VR is being used in hospitals to distract patients undergoing treatments or those experiencing discomfort.
- VR can be used to educate or explain treatment to a patient.
- VR can help people gain a new perspective on illness. For instance, VR headsets with special software can help people understand what it’s like for people with Alzheimer’s and build empathy.
3. Artificial Intelligence will improve diagnosis and other processes
AI tools such as chatbots and wearables are helping patients take better control of their own care. Artificial Intelligence is being used to maximize hospital efficiency, develop personalized drugs, create treatment protocols, to perform patient monitoring, and care administration. Using complex machine learning algorithms, AI helps emulate human intelligence in analyzing and comprehending complex medical data.
Leading healthcare institutions such as the Mayo Clinic and the UK’s NHS have developed their own AI algorithms to analyze vast amounts of healthcare information that can lead to far-reaching changes in the fields of disease prevention and early diagnosis.
4. 5G will boost network speeds
5G has the potential to significantly improve healthcare delivery by boosting network speed and capacity while reducing latency. This will be crucial for transmitting large medical images, supporting telehealth initiatives and remote patient monitoring tools, and facilitating the complex uses of AI, AR, and VR technologies. 5G technology will also facilitate faster downloads and communication on tablets and other mobile devices used in healthcare that allows the growth and adoption of mobility in healthcare.
How Fingent can help you
At Fingent, we offer healthcare information technology consulting that will help identify your organization’s specific needs and provide apt solutions for improving patient care delivery and enhancing the productivity of healthcare professionals. We also develop technology solutions for healthcare payer organizations and insurance carriers that help them make better decisions and improve their visibility in the competitive market.
We aim to deliver value through our healthcare application platforms and customize solutions according to your business objective. Contact us to know more about how your business can benefit from our healthcare IT consulting services.
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How Emerging Technology is Transforming the Healthcare Industry?
Technology has advanced by leaps and bounds and brought about changes in every industry. The Healthcare industry is no exception. Thanks to the advanced technology in healthcare, today, patients have access to some of the best and cutting-edge treatments. Also, patients can have access to innumerable minimally-invasive procedures that are less painful and result in better recovery.
With the world reeling under the COVID-19 pandemic, most countries are following lockdowns and social distancing to curb the spread. However, with the help of technology, remote consultations with experts, and the availability of intuitive mobile apps have helped patients (non-COVID) to receive improved patient care and quality healthcare experiences.
The following are seven of the top impacts of technology in healthcare that are revolutionizing the field.
1. Improved Communication
Emerging technology in healthcare has facilitated improved communication within healthcare organizations. More and more medical professionals are leveraging technology such as video, AR/VR, real-time meeting capacities, and other online platforms to communicate and help spread knowledge in the field. Also, teleconferencing has made communication beyond geographic borders a breeze.
2. Electronic Medical Records
Gone are the days of bulky files and worn-out papers, Electronic Health Records (EHRs) or electronic medical records help save summaries of a patient’s medical records digitally. The digital summary can include lab reports, diagnoses, surgical interventions, prescriptions, and even details of hospital stays. Electronic medical records offer better insights into a patient’s health leading to accurate diagnosis and better patient care.
Digital records facilitate the sharing of information between specialists and labs thereby improving coordination. If properly maintained and implemented, digital records can also help increase accountability and reduce medical negligence.
Simply put, EHRs consume less time to create and are easier to maintain. They help medical professionals reduce the chances of making mistakes and make their life easier.
3. Big Data
For the uninitiated, big data refers to a large amount of data that is fast or complex and difficult to process using traditional methods.
Health technology allows medical accountants to gather big data in a short time. Data collection helps healthcare professionals to understand and learn cutting-edge techniques and trends. This data can be used for analytics and make predictions about possible epidemics and identify risk factors. Also, access to big data allows clinicians to recommend appropriate preventive steps more effectively and reduce deaths.
In addition to the collection of data, cloud storage of data ensures improved efficiency and accessibility with less wastage. This helps in research and development of new medical treatments and lifesaving formulations. Cloud storage is a secure and cost-effective solution with back-up and recovery features that are managed and maintained without additional server hardware. It is an invaluable advantage for medical research and analysis that helps in efficient health information exchange.
Read our case study: How a data analytics solution developed by Fingent enabled NHS to gain financial, clinical, and geographical insights and improved their visibility over KPIs.
4. Information and Communication Technology (ICT)
Today, approximately 95% of Americans have a mobile phone and most of them use it to access information of some kind from the internet. Health technology also has reformed its processes to connect with people efficiently.
ICT has linked not just medical professionals but also with the patients. From emails, telemedicine to smartphones and telemonitoring systems, all are used to share information. This is particularly useful for rural areas facing a dearth of facilities and/or specialists.
From diagnostic to management, ICT is improving constantly and streamlining how the healthcare industry functions and how patients are communicating with the care providers.
The new technology in healthcare allows care providers to compare health data of patients, identify risk factors, and recommend preventive measures. This has also given a boost to medical tourism helping many patients to seek consultations and second opinions from specialists practically from any part of the world. Patients can even virtually travel to another country to avail of specialized treatment or advanced surgery following remote communication such as video conferencing.
5. Improved Patient Care
Technology in healthcare has provided the healthcare community with advanced tools to improve patient care. Using EHRs, physicians can easily access the complete medical histories of a patient and make an informed decision. Physicians can even use apps to identify possible medication errors and help a patient’s safety.
Virtual Reality (VR) devices and apps help ease symptoms of anxiety and depression in older people and those suffering from mental illness. Augmented Reality (AR) also helps surgeons to perform complex surgeries. Both virtual reality as well as augmented reality devices can help improve health and fitness among patients. Some examples like robotic knee replacement and gene therapy in cancer treatment prove that technology in healthcare will only grow exponentially in near future.
Radio-frequency identification (RFID) technology has improved patient care by providing information about a patient’s crucial signs and temperature. RFID facilitates real-time tracking of location, identification, and communication.
In addition to VR, AR, and RFID, 3D printing is used to create prosthetics, hearing aids, and even customized dental devices.
6. Health Apps
Advanced technology in healthcare has resulted in the development of several health apps. This enables patients to have access to quick and accurate medical information using their smartphones. Patients can use these apps to keep track of medical appointments, receive reminders, and even access to test results easily. Health apps help people get healthier by offering customized solutions and track their food intake and activity levels.
Physicians can use these apps to access drug information to prevent side effects, solve any issues, and improve diagnosis. Physicians can communicate with their patients directly, record their vital signs, maintain logs about consultation and visits, and achieve better procedural efficiency.
Telemedicine allows patients to consult with a specialist anywhere in the world. This new technology in healthcare facilitates critical care in emergencies, potentially saving lives. Telemedicine helps patients to use telemedical devices to receive home care and support via apps and video calls. Telemedicine makes it possible to transmit biosignal, medical images, and other crucial information to a specialist through asynchronous consultation. It means, neither the doctor nor the patient has to be present or online at the same time. This can significantly reduce the waiting time for patients and help improve delivery processes.
Healthcare professionals can monitor patients remotely via telemedicine. This can help manage chronic conditions effectively. Real-time interactions such as video conferencing can help with diagnosis, management, counseling, and patient monitoring.
To sum up, it can be said that technology has revolutionized healthcare and is expected to continue in the years to come. While developed nations have been able to harness health technology more efficiently, developing nations are not lagging. Today, more and more health providers are realizing the untapped potential of technology and leveraging it to streamline processes. There’s no denying that healthcare and technology go hand in hand and professionals will have to make the required changes and investments to improve the quality of healthcare.
We’re working with healthcare providers, medical analysts, life sciences experts, medical equipment suppliers, device manufacturers, and a host of players in the healthcare ecosystem to enhance their experience w.r.t. managing patient relations, delivering superior care, streamline treatment procedures and benefit from the rapidly growing medical data.
Talk to an expert right away and get to know how we can help your business take the next step quickly and comfortably.
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How e-commerce adoption benefits B2B healthcare providers and device makers
The healthcare and life sciences industry is expanding at an exponential rate. The complexity and regulatory nature of the industry have made it imperative that technology catches up with its pace and offers solutions to meet this expansion. This need is being felt more acutely at the moment with the COVID-19 pandemic on the loose. As the pandemic spreads its poison and puts the B2B healthcare and life sciences e-commerce market into a state of flux, it forces large and small organizations to cope with a range of problems that include difficult purchase decisions, supply chain disruptions, and fulfillment and delivery issues. This calls for a technological solution tailored to suit the B2B healthcare and life sciences industry.
With over 17 years of experience in delivering customized technological solutions including developing e-commerce platforms for B2B clients, we provide B2B e-commerce web application development services for manufacturers, wholesalers, distributors, and so on. Also, our mobile app development services specialize in the designing and development of custom B2B e-commerce apps.
Case Study: Fingent’s solution for our client Bonanza – Streamlining Online Listing and Inventory Management
In this article, we will explore five specific ways in which B2B e-commerce is that solution and how it will transform healthcare and life sciences.
Immediate and lasting impact on the B2B e-commerce market
In the present scenario, especially from a healthcare and life sciences manufacturing and supply perspective, the impact is immediate throughout the entire supply chain. Manufacturing companies are unable to keep up with the demand, and distributors are rushing to create workflows in an attempt to mitigate customer complaints. Distributors are being forced to claw their way to the front of the line to obtain supplies from manufacturers, stock up on products, and take care of their customers.
Healthcare and life sciences organizations typically have disaster preparedness plans, but dealing with such an unprecedented disaster is another ball game altogether. The question has shifted from purchasing to inventory, from buying to stocking. It makes it challenging to find the space to hold extra products that these industries may need and that causes anxiety to all parties within the supply chain.
B2B e-commerce offers irresistible opportunities for purchasers and medical suppliers
B2B e-commerce works largely on a distribution-based model where customers get their supplies from local distributors or dealers. Thus far, e-commerce has been disrupting the offline system of the B2B industry at a slow pace. However, with the spread of coronavirus and the subsequent lockdown, various industries including healthcare and life sciences are switching to online buying options to prevent human contact. This has resulted in B2B e-commerce experiencing an unprecedented boost in traffic and sales in just a matter of a few weeks.
Read More: Contactless Retail Delivery Software – How Retailers Can Revive Sales While Adhering To Social Distancing Norms
While buyers turn to an online purchase, many suppliers have adapted their strategy to foster online sales, dedicating a certain amount of their budget to digital marketing and communications. The current pandemic is imposing digitization of all B2B businesses that would help to communicate with the buyers and generate sales. Digitization of the supply chain is a crucial aspect of e-commerce because it encourages transparency and shows real-time availability of goods right from the manufacturers to the buyers. This makes it extremely important for suppliers to implement digitization in their supply chain.
The present COVID situation has forced most suppliers to work from home. Those who have already been using digital media are able to manage work remotely. However, others need to think over and plan to reform their business model to adapt to the new era of e-commerce. The pandemic might be temporary, but this trend is not going to be! This is a breakthrough that will continue far into the future. Now is the best time to be innovative, leverage the benefits of the latest digital technology, data analytics, and AI and unlock the potential of digitalization and e-commerce in B2B business. An advanced e-commerce solution built on the latest technology facilitates seamless interactions online across marketing, product discovery, sales, and post-sale service in the B2B sellers’ space.
Read More: E-commerce ERP Software
Five ways B2B e-commerce can be transformative
As B2B e-commerce forges ahead, the healthcare and life sciences industries will prove to be faster adopters than others. They can fully leverage real-time data tracking inventory and logistics between buyers and sellers. For manufacturers and distributors who sell to hospitals and nursing homes, the level of information presented to buyers in the B2B space can depend on the size of the organization or the customer that is doing the transaction. Depending on the frequency of the order, the level of sophistication of information may vary. Shifting to B2B e-commerce will prove to be a much-needed transformation.
Here are five ways that this transformation will be seen:
1. Online Shopping Drives Online Presence
E-commerce is changing the way people and end-users (such as doctors) shop for healthcare products and the way those products reach the hands of customers. Instead of visiting a pharmacy, most customers are turning to the internet to perform the functions of a regular pharmacy. Healthcare and life sciences companies use a business model that features quick delivery to a patient’s door or to hospitals and healthcare centers. Investors see promise in this revolutionary approach to medication fulfillment, demonstrating that the market has confidence in this model despite the shifting healthcare and life sciences landscape.
With more and more people turning to the internet to access products and medical care, the healthcare and life sciences industries have been increasingly concerned with the quality of their online presence. According to an online medical marketplace, 50% of their customers are referred by their primary provider or by hospital staff, and 20% are referred by family or friends. This highlights the need for the healthcare and life sciences industries to increase their online presence and maintain it.
2. Helps explore new possibilities while cutting costs and time
Shifting to an online B2B e-commerce process can help businesses recover 25-30 percent of their investment. Some of the more mature players might even see higher returns of their business through online orders.
Migrating more orders online frees up time for sales reps. They can concentrate on introducing new products and capitalize on opportunities for new business. This allows industry leaders to use their time and ability to explore new channels of business and revenue streams. This can also help expand their client base and move into new markets.
B2B e-commerce enables the healthcare and life sciences companies to see where the business is coming from, where the segments are online and where they are offline. It also gives them the ability to offer variable discounts with certain customers, on certain products, or even just one customer. It will make drug prices more transparent and market-oriented.
Read more: Odoo E-commerce – 5 Reasons to Integrate Your E-commerce Application with Odoo ERP
3. Transforms Logistics Operations
Synchronization of logistic operations is critical for the success of any business. Enterprise customers generally look for reliability, speed, traceability, and convenience in delivery along with effective product returns, and exchange policy of damaged products.
Technology solutions for B2B e-commerce provide orchestration with an application that is to be hosted on an e-commerce website. The open standard in these applications facilitates information exchange that allows real-time visibility for seamless integration across supply chain stakeholders. E-commerce offerings can provide credibility and trust for transactions between companies involved in the supply chain.
4. Enables Customer Personalization
B2B e-commerce enables customer personalization. Enterprise customers want personalized solutions. B2B e-commerce provides a customer portal with content organized around the parameters of their past purchase history and price optimization algorithms that are adjusted on the basis of the relationship. E-commerce offerings are simple, flexible, and convenient. B2B players can use a comprehensive suite of tools that are available to help their customers navigate the site. Certain platforms incorporate live online support to assist with any queries or issues which can improve conversion levels and facilitate buying decisions.
5. Sheer Momentum
Many medical device companies are already selling products online to enterprise customers. The healthcare and life sciences market is ripe for disruption. Medical device manufacturers and pharmaceutical companies will continue to deliver to wholesalers and distributors, but e-commerce allows them to embark on direct-to-patient delivery. Logistics is ready to respond with tailored services for various products. B2B e-commerce is set to propel healthcare and life sciences forward in the extremely near future.
Ultimately, healthcare and life sciences e-commerce will facilitate the redistribution of stakeholders’ offline enterprise transformation and reconstruct all the links of the value chain. Realizing the benefits of B2B e-commerce, many healthcare and life sciences companies are becoming believers.
E-commerce can effectively optimize operating processes, reduce costs, manage resource allocations, and address the increasingly diversified consumer healthcare demands. The healthcare and life sciences companies must understand that due to the conditions of accelerated technology change, it has become critical for enterprises to become more skilled in deciding their future course and be firm in taking action. If you need help with this, we at Fingent are here to help you take that next step. Get in touch with us and just let us know what you need.
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A list of 5 popular open-source ERPs that support healthcare equipment suppliers
The global healthcare expenditure is anticipated to rise at a CAGR of 5% till 2023. The healthcare industry can, therefore, look at a bright future. Medical equipment suppliers have to deal with various challenges. They have to ensure that all products comply with the regulatory guidelines, are of high quality, and are entirely traceable. Robust ERP systems can help medical equipment suppliers to gather insights from data to make quick decisions. Let’s take a look at some of the open-source ERP systems out there that are suitable for SMEs.
1. Odoo ERP
Odoo is an open-source ERP platform that allows ease of deployment. This is specifically helpful for SMEs that do not have dedicated IT infrastructure. The flexibility helps integration of different business processes and systems. Odoo for medical equipment suppliers is a comprehensive ERP solution that helps manage financials and operations with ease.
The core modules of Odoo like Accounting, Project Management, and Inventory Management make it suitable for medical equipment suppliers. Developers can create custom third-party apps to meet the specific needs of a medical equipment supplier. Odoo offers more than 10,000 apps to meet most business needs. Fingent is an official partner of Odoo with years of experience in implementing, customizing, and providing consultation for clients. As an Odoo development company, Fingent has catered to the needs of various customers and streamlined their operations. Our motto of increasing efficiency and ease-of-use has made us a popular choice among various organizations for Odoo implementation requirements.
ERPNext is a contemporary ERP solution that allows you to focus on delivering medical equipment of high-quality by effortlessly managing your supply chains. It enables you to intelligently track orders, monitor stock levels, implement promotions, and minimize errors in inventory sourcing. You can leverage the numerous built-in integrations offered by ERPNext and start supplying in no time. With ERPNext, you can have real-time updates on the movement of equipment, control equipment transfers within different warehouses, and generate required reports quickly and easily. You can also create your customized software on-the-fly without any code.
Medical equipment suppliers have to deal with difficult delivery timelines, complicated pricing arrangements, unique inventory, oversee seller agreements, and concessions. Epicor ERP solution enables you to carry out all your operations with ease. The Epicor Prophet 21 ERP is specifically designed for supply and distribution. This user-friendly ERP system can help suppliers maximize profits and scale without limits. Epicor allows you to integrate all your business applications with RESTful API. You can also automatically manage your warehouses with Epicor Prophet 21. This helps in the smooth running of all processes in your warehouse. This, in turn, improves precision enabling you to provide better services to your customers.
Epicor Commerce Connect helps you to create and maintain an online presence which is the need of the hour. The increased visibility across the supply chain helps medical equipment suppliers even forecast demand.
4. Microsoft Dynamics 365
Microsoft Dynamics 365 combines the best practices of Microsoft’s ERP, CRM, and BI solutions into a single product that is cloud-based. These features enable the system to scale and grow along with your business. Capabilities like Material Resource Planning and Vendor Self-Service Help minimize vendor lead times and inventory carrying costs. The fully automated warehouse management system (WMS) helps optimize your warehouse space, labor, and resources.
Microsoft Dynamics 365 gives medical device suppliers full visibility across the entire supply chain and the ability to track information and job at all touchpoints. This helps improve efficiency, reduce expenses, and promote smooth communication within different segments of the medical device industry supply chain. As a medical device supplier, you need to understand who has purchased the device from you and whether it has come back for service. You have to take information from different systems and combine those to give meaningful reporting. You also may have to rework your inventory according to changes in regulations. Microsoft Dynamics 365 allows you to be unique in the medical device industry because that’s what gives you the edge.
Read more: ERP E-commerce
5. Oracle NetSuite
Oracle Netsuite is proven to be a very mature SaaS solution that brings in next-level integration and seamless nature to the table. Though NetSuite is ideal for SMEs who can leverage the relatively low-cost entry point, many enterprise-level companies are also considering Netsuite due to the scalability that it provides. Oracle NetSuite helps medical device suppliers to react to the diverse market and deal with different customer bases and different routes-to-market. NetSuite helps you reduce indirect costs and get through the maze of the regulatory framework by allowing modifications and customizations. You get one central source of information that helps simplify the complexities of the medical device business. The flexibility that Oracle NetSuite offers, helps the medical equipment industry to adapt to the changes in customer demand and provide them with what they want and when they want.
Analyses of the medical equipment supplies and distribution industry show that companies that have demonstrated the ability to leverage cloud computing and ERP have increased their profitability and revenue. This was achieved as a result of seamless integration of all business processes which enabled real-time financial and operational visibility, better cost management structures, improved forecasting and revenue tracking, and the ability to access data from anywhere.
A large number of medical equipment suppliers usually are small to medium-sized businesses, where the one-off system automation model proves to be inefficient. Cloud-based ERP systems eliminates the old standalone computer systems and replaces them with a single, unified software program. Thus, someone in Finance can easily look into the Warehouse software to check if an order is shipped. ERP cloud computing can help you see exactly where your business is, at any second of the day. You can see how much revenue you’ve earned for the day, how much inventory you have, how you are trending over previous days, months, and years.
Read more: A 3 day Odoo CRM implementation story!
Cloud-based ERP systems becoming the rage for medical equipment suppliers, it’s high time that you too invest in one, if not done already. Fingent helps you leverage the benefits of the open-source ERP systems mentioned above by understanding your unique business requirements. Because we know that this uniqueness is what gives you that competitive edge. Contact us to know more about how your business can benefit from ERP integration.
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How is AI poised to transform our future?
“Artificial Intelligence is the new electricity. It has the potential to transform every industry and create huge economic value”, says Chinese-English scientist and entrepreneur, Andrew Ng. The impact of artificial intelligence on our daily lives cannot be overlooked. From smartphones to ride-sharing apps, smart home devices, Google search, and Social media- there is hardly any industry or sector that is left untouched by AI.
There has been a huge surge in patenting of artificial intelligence in the last few years. PwC estimates that by 2030, AI would contribute a whopping $15.7 trillion to the global GDP. Analysis by the World Intellectual Property Organization (WIPO) states that the number of AI-related patent applications rose from 18,995 in 2013 to 55,660 in 2017. WIPO Director-General, Francis Gurry says that “We can expect a very significant number of new AI-based products, applications, and techniques that will alter our daily lives and also shape future human interaction with the machines we created”.
Industries such as healthcare, automotive, and financial services were the fastest to adopt AI.
Following are a few key domains that would be impacted most by AI in the coming years:
Related Reading: How AI Integration Helps Maximize Your Business ROI
AI will transform these areas in the coming years:
The general public would widely adopt self-driving vehicles. Apart from cars, self-driving vehicles would also include delivery trucks, autonomous delivery drones, and personal robots. Commutes may shift towards an on-demand approach like the Uber-style “cars as a service approach”. Commute-time would be viewed as a time to relax or just another way to work productively. People would live further away from their homes, reducing the need for parking space. This would change the face of modern cities.
However, enhanced connectivity, real-time tracking, traffic gauging, route calculations, peer-to-peer ride-sharing, and self-driving cars would be impossible without personal user data. This calls for the need to implement more stringent measures to secure the data and privacy of citizens.
2. Home/ service robots
Robots have already entered our homes in the past fifteen years. Recent advances in mechanical and AI technologies substantiate the increasing safety and reliability of using home robots. In the foreseeable future, we can expect special-purpose robots to deliver packages to our doors, clean offices and enhance security.
We are already familiar with the vacuum cleaning robot – Roomba, which has gained its place in millions of homes across the world. The AI capabilities of these kinds of robots are being increased rapidly with drastic improvements in the processing power and RAM capacity of low cost embedded processors. Low cost and safe robot arms are being used in research labs all over the world. Further advances enabled by deep learning will enable us to better interact with robots.
Healthcare is a promising domain for the use of AI technologies. AI-based applications have started gaining the trust of doctors, nurses, and patients. By revising the policies and other commercial regulations regarding the development and usage of such applications, AI can be used to improve health outcomes and quality of life for millions of people in the coming years. Patient monitoring, clinical decision support, remote patient monitoring, automated assists to perform surgeries, and healthcare management systems are some of the potential applications of AI in healthcare.
AI has the potential to enhance education at all levels, by providing personalization at scale. While computer learning will not replace human teachers, Massive open online courses (MOOCs) will help students learn at their own pace with techniques that work for them. AI technologies such as Natural language processing, machine learning, and crowdsourcing are giving an impetus to online learning. If these technologies can be meaningfully integrated with face-to-face learning, AI will find more applications in our classrooms.
AI has already transformed this domain to a considerable extent. AI-driven entertainment is gaining huge traction and response from the masses with overwhelming enthusiasm. AI-enabled entertainment will become more interactive, personalized and engaging by 2030. However, the extent to which technology replaces or enhances sociability is debatable. More research is required to understand how to leverage these attributes of AI for the benefit of society.
Related Reading: Building Incredible Mobile Experiences by Combining AR and AI
Concerns about AI
Advances in AI have already impacted our lives. However, you may also have heard of the dire predictions regarding AI made by some of the brightest minds such as the late scientist Stephen Hawking and Elon Musk (Tesla and SpaceX chief). Pew Research Centre surveyed some 979 technology experts to find out whether advancing AI and related technology would help or harm humanity. 63% of the respondents were hopeful of a better future in 2030. Many of them said that all would go well only if the concerned authorities paid close attention to how these tools, platforms, and networks are engineered, distributed and updated.
Following were the concerns that were mentioned most often:
- Individuals would lose control over their lives due to the use of AI
- Surveillance and data systems that favor efficiency over human betterment would be dangerous.
- AI would cause millions of people to lose their jobs leading to economic and social upheaval.
- As people continue to depend on AI, their cognitive, social and survival skills would be diminished.
- Cybercrime, cyberwarfare and the possibility of essential organizations being endangered by weaponized information would open new facets of vulnerabilities.
Overcoming the concerns
Following are a few solutions to take positive advantages of AI:
- The global population should join hands and create cohesive approaches in tackling AI’s challenges.
- The development, policies, regulation, and certification of autonomous systems should undergo essential transformations to ensure that any kind of AI development would be directed towards the common good.
- Corporate and government organizations should shift their priorities towards the global advancement of humanity rather than profits and nationalism. AI advances should be aimed at human augmentation, regardless of economic class.
Nicholas Beale rightly said, “AI done right will empower.” As artificial intelligence continues to be embedded in most human endeavors, let us make broad changes for the better. Let us be more thoughtful about how these technologies are implemented constructively.
If you would like to know more about Fingent’s development and implementation approach on AI, give us a call.
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Mixed Reality Promising a New Improved Healthcare Industry
Mixed Reality makes it possible for surgeons to perform an operation on a patient thousands of miles away. It makes it possible for nurses to hone their skills and perform hundreds of operations virtually before even touching a patient. Mixed Reality is making the impossible possible.
Mixed Reality combines the real world with the virtual to create solutions that we never thought possible. It enables effective collaboration between physical and digital objects and has found an integral place and application in healthcare. This blog explores some radical ways in which healthcare is using Mixed Reality for better quality treatment and customer experience.
Mixed Reality Working Wonders in Healthcare
By 2026, AV/VR in the healthcare market is expected to reach 7.05 billion USD showing that Mixed Reality is finding increased application in the healthcare industry. From enabling pre-procedural planning and visualization before surgery to training nurses as they virtually workout challenges they could encounter during real-life procedures, and improving the collaboration and communication between doctors and patients – Mixed Reality is making great things happen. Here are some ways in which this is becoming possible.
1. Immersive Learning for Nurses and Medical Students
Skilled nurses are critical to the healthcare industry. Simulations are the most effective method of educating and preparing nurses to respond appropriately to a variety of situations they might encounter. Mixed Reality can place a nursing student in those specific or rare situations, which may be difficult to arrange for in real clinical settings. Such immersive simulations are much more cost-effective than traditional nursing simulation devices. The education company Pearson has collaborated with Microsoft to launch apps called HoloPatient and HoloHuman. These tools use holograms of patients and help in training healthcare professionals as they diagnose and treat medical problems.
As another achievement in Mixed Reality, St. George’s University in Grenada worked with SphereGen Technologies to develop what is called the ‘Learning Heart.’ The Learning Heart is a study aid that enables users to view the hologram of the heart from all directions and examine its functions. It responds to touch and voice commands and allows users to separate all the parts of the human heart, thus making learning immersive for medical students.
2. Reduced Time and Reduced Human Error in Reconstructive Surgery
Reconstructive surgeries enabled by Mixed Reality with the use of HoloLens have proven to be very successful at the Imperial College at St. Mary’s Hospital, London. According to the team guided by Dr. Philip Pratt, Mixed Reality helps surgeons locate and reconnect major blood vessels. With HoloLens, surgeons are able to use holographic overlays to see the bones and identify the course of blood vessels which aids them in their surgery, improving the outcome for the patient. An article in The Times entitled Holograms to get surgeons under the skin of patients showed examples of a 41-year-old man and an 85-year-old woman on whom such reconstructive surgeries were performed successfully.
3. Revolutionizing Surgery
In December 2017, Dr. Thomas Gregory undertook a live transplant surgery with the help of HoloLens. It helped him access the patient’s medical information and anatomical pictures in 3D during the surgery. Since HoloLens is a standalone computer worn like a helmet by the surgeon, his hands are free for surgery. Additionally, the use of microphones and sensors allows the surgeon to communicate with other surgeons in different parts of the world making collaboration easier. All these features, along with the simulations and information it can pull up, make Mixed Reality a valuable asset in improving surgical performance.
4. Improving the Patient Experience
Building trust through efficient communication is an important aspect of a doctor-patient relationship. Mixed Reality makes this possible in a more immersive way. For example, in a recent interview with Sirko Pelzl, CEO and CTO of apoQlar, he spoke about Virtual Surgery Intelligence (VSI) and said: “physicians can use VSI to show patients their own MRI scans and explain the surgical procedure in visual detail. We were able to illustrate in a recent study how greatly patients appreciated this education and communication.”
Mixed Reality also helps in reducing response time and improving surgical accuracy, which contributes to the smooth and successful patient experience. For example, when the surgery is complicated or the patient is critical, diagnostic images with Mixed Reality can serve as a twin of the patient. This helps doctors discuss, plan, and walk through their treatment protocol, thus reducing response time in patient care.
Mixed Reality also gives doctors all the information they need about a patient and enables real-life simulations to help him in his decisions and actions. Commenting on a prototype application called “Cinematic Rendering for Surgery” Christian Zapf, head of the Syngo Business Line at Siemens Healthineers said, “The error rate dropped from 14.1 to 0.8 percent for surgeons in training and from 11.1 percent to 0.8 percent for qualified surgeons.”
The Future of Mixed Reality
Mixed Reality has already made deep inroads, especially in medicine. It will continue to improve the quality of healthcare and medical training as it positively impacts the medical industry. Fingent has helped many clients build custom healthcare software solutions, which integrate applications with the latest technologies like Mixed Reality. Get in touch with us and let’s discuss how we can make Mixed Reality possible for you.
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Can Empowering AI and IoT Bring In Competitive Advantage To Industries?
It takes more than forward-thinking employees to gather customer purchasing trends and improve the customer experience. International companies depend on Artificial Intelligence (AI) and the Internet of Things (IoT) to drive data and forecast the next big wave of trends.
Studies predict Asia and North America to lead in the innovation of AI and IoT. Also, embedded AI in support of IoT smart objects will reach $4.6B globally by 2024.
Major vendors of IoT platforms such as IBM, Amazon, and Microsoft have started offering integrated AI capabilities like ML-based analytics. Scalable digital platforms are designed daily to understand the way customers think while using predictive maintenance in real estate, eCommerce, healthcare, and other industries.
It’s time for us to share the leading examples of how businesses use AI and IoT, and how these technologies benefit them.
AI and IoT: Leading Use Cases
Smart Cities: Making Life Easier
What happens when AI and IoT run a city? It turns into a smart city. Smart city technology can solve an energy crisis, help manage traffic, or improve the healthcare experience.
One example of a smart city is the use of Advanced Transportation Controller technology linked to a 5G network in Los Angeles. There are road-surface sensors throughout the city, and cameras that monitor traffic, sending information to traffic management systems. Municipal employees can now analyze the data of traffic congestion and issues with traffic lights in high traffic areas. Overall, this improves the quality of living in Los Angeles and helps a business run smoothly without delays.
Convenience in Property Management
One of Fingent’s clients WRI Property Management, a US-based single-family rental provider with 10,000+ leased properties and 20,000+ managed houses experienced many challenges. Here are a few of the issues WRI Property Management faced:
- Tenant eviction
- Rent collection/accounting
- Scheduling property inspections
- Leasing properties
- Screening tenants
What happened next? Fingent introduced an advanced software platform, Honey Badger. The AI and IoT technology-supported WRI managers to conveniently communicate with multiple parties, renovating properties, view lives auction feed, track the construction of new properties, etc.
5G Network Vehicle Safety and Security
Machine Learning technology is improving the autonomous vehicle experience. How does it work? An automobile can stop when a driver is in dangerous tragic weather or unexpected situation.
The 5G network can cause the brakes of a car to operate by tracking vehicle sensors of other drivers near prevent or relieve car crashes.
The network can also send drivers a traffic update to use detours and avoid certain roads that are under construction or is unsafe.
AI and IoT Business Benefits
1. Guaranteed Security and Safety
A company’s highest priority is protecting data in the workplace. As Artificial Intelligence scans security footage, IoT can close gates or doors if an intruder attempts to enter the premises of a head office.
Organizations are now using machine-to-machine communication to determine potential security threats with an automated response to hackers or intruders.
An example of AI and IoT in banking security is the detection of fraudulent activity in ATMs to communicate updates to law enforcement to protect customers.
The unexpected workplace accidents can be prevented by using sensors that monitor safety hazards as employees work. Employees at some organizations now wear wearable devices that alert the management of undetected dangers such as carbon monoxide released into the air on a work site.
2. Convenient Shopping Automated Experience
Online shopping is more convenient than ever as websites personalize real-time suggestions to consumers based on a customer’s shopping history. As a result of this investment, Kinsta predicts that by 2021, Artificial Intelligence in e-commerce will increase sales to $4.5 billion from $2.3 billion in 2017.
3. Enhanced Healthcare Experience
NovitaCare, a Netherlands based healthcare company that treats patients with chronic and multiple disorders, wanted to improve the caregiver experience using an effective online platform.
With Fingent’s help, NovitaCare now can communicate with non-profit organizations, patients, providers and researchers with an online platform that is HIPPA compliant.
4. Simplified Management Of Supply Chain
The supply chain industry has experienced challenges in managing unexpected events that happen due to inaccurate forecasting. A solution to the problem is implementing AI and IoT.
Supply Chain Digital recently stated the following about these technologies:
“Intel highlights that the world of IoT is growing rapidly, from 2 billion objects in 2006 to a projected 200 billion by 2020.”
“AI is on most companies’ radars, with 78% of organizations implementing it to enhance operational efficiency by at least 10%.”
The use of real-time devices will feed data to executives to help create contingency plans for preventing unexpected challenges in the industry. As a result, the supply chain and a company’s reputation can experience fewer impacts.
How Fingent Helps Businesses Achieve Success With AI and IoT?
Fingent has mastered the art of technology infrastructure to help companies resolve AI and IoT processes. As a result, it creates efficiencies in managing smart devices.
Implementing these technologies are small changes that can have a huge impact on your business. The ability to use raw data to understand customer behavior and forecast trends in the market can improve customer loyalty. Also, companies can track employees working in multiple departments and locations across the globe by partnering with Fingent.
Fingent is confident that AI and IoT work in your business context by delivering technologies to enable solutions in the cloud, networks and gateways, heterogeneous device support, systems capabilities, and data analytics.
Business Insider predicts that there “will be more than 64 billion IoT devices by 2025, up from about 10 billion in 2018.”
Gartner observes that in three years (by 2020), more than 80 percent of enterprise IoT projects will incorporate at least one AI component. Artificial Intelligence and the Internet of Things is used to improve the safety of drivers on the road, enhance healthcare experiences, automate and streamline enterprise processes, stop intruders from hacking into IT systems or large organizations, and in numerous other ways.
The combination of these technologies not only delivers a superior customer experience, but also forecasts what customers want in real-time, improves their experience of living in smart cities, maintains a high safety rating in challenging workplaces, and reinforces physical and cybersecurity. AI-IoT duo also avoids any unplanned downtime, increases operating efficiency, helps develop new products and services, and improves your risk management.
Are you looking for an AI and IoT partner? Get in touch with Fingent experts today for a streamlined and error-free IoT implementation for your business.
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Patient-Generated Health Data – A Powerful Tool To Enhance Healthcare
Remember a time when patients would queue up in line with a big dossier in hand, waiting for their time to be examined by the doctor? Lengthy queues, paper-heavy records to be maintained, time wasted as doctors reacquaint themselves with the patient’s entire history – no more of all of that. Today, a patient wants to be involved in his care and he doesn’t want to be waiting around wasting precious time. With innovative health technologies, patient-generated health data is making that possible by enabling patient-centered, citizen-engaging care.
Let us consider how improving patient care through technology is possible. We will also see how the use of information technology in healthcare is allowing the healthcare industry to deal with patients as valued customers, improving their experience. But, first of all, what is patient-generated health data?
Patient-Generated Health Data
Any valuable information a patient can garner about their health status is referred to as Patient-Generated Health Data [PGHD]. PGHD is much more than just a person’s health history with information on his symptoms, medication and treatment information. It also includes his biometric data, as well as information about his lifestyle choices. These records will provide a clearer picture of a patient’s actual health status, better than the patient can describe in his own words.
The use of information technology in healthcare is making it possible for healthcare providers to understand their patients better and in making better medical decisions. It also aids patients in receiving an increased understanding of their health condition. The importance of health information technology in healthcare today cannot be over-emphasized.
How Does The Use Of Information Technology In Healthcare Help Healthcare Organizations?
Patient-generated health data can improve the quality of patient care. When integrated into clinical care, patient-generated health data enhance shared decision making and patient engagement. The use of information technology in healthcare can provide an assessment of the patient’s symptoms and well-being, preferences and values, and goals for healthcare. Here are a few specific benefits of the use of IT in healthcare:
1. Improves nurse-patient relationship
Low health literacy can strain the nurse-patient relationship. When a patient comes to appointments armed with their health research, the nurse-patient relationship improves.
2. Clinical benefits
PGHD plays an important role in assessing a person’s health and monitoring treatment effects. It connects patients and healthcare providers during a care encounter. PGHD can be used to monitor a person’s overall health and allows healthcare professionals to detect potential health dangers.
3. High-risk patients
Keeping a track of PGHD helps providers identify and treat high-risk patients at the earliest. Leveraging PGHD proves extremely valuable in chronic and acute care.
4. Patient engagement
Patients have ownership over their data and control on how and when that data is shared with their care team. They are empowered to contribute to their care and can share insights. It improves communication and contributes to shared decision-making.
5. PGHD provides independence to seniors
PGHD can be used in assisted living to mitigate the risk of falls. It gives confidence to the elderly for independent living and it improves adherence to complex medication plans. PGHD also alerts healthcare providers when required, avoiding the need for expensive assisted living facilities and nursing homes.
Fingent Technologies worked with NovitaCare, an early-stage healthcare startup, in setting up an online platform to enable easy administration, streamlined workflow for many healthcare services and HIPPA compliance. Improving patient and caregiver interactions, eliminating waste, enhancing accountability, and raising the quality of care were the main accomplishments of this tool.
Related Reading: Read more about the case study here.
Innovative Health Technologies To Help The Patient
Innovations in health technologies go beyond just PGHD. It includes various devices and systems designed to streamline healthcare operations, lower the costs and enhance the quality of care. Among the most promising healthcare technologies are Artificial intelligence (AI), virtual reality, chat-bots and so on. Let us consider a few.
1. Artificial Intelligence
Artificial intelligence with machine learning is proving to be essential for healthcare organizations. It is capable of reducing the risk of preventable medical situations in three ways.
- Reminders: It can provide automated reminders to help a patient, reminding him to take his medication within a certain time-frame.
- Identify and alert: It helps to identify potentially dangerous situations and triggers alerts for the medical staff making timely medical intervention possible.
- Personalized dosage: Dosage recommendations are made depending on each patient’s body chemistry while considering environmental factors.
2. Blockchain in Healthcare
Blockchain can create and maintain a transparent and tamper-proof transaction ledger. This technology could change the way huge healthcare sectors operate. Personal data collected in blockchain remains with the patient instead of being stored on servers, thus enhancing confidentiality.
3. Voice Search
According to research, 46% of Americans use voice-assistance on their mobile devices. The figures are not much different for the rest of the world. We can expect that soon many more would be inclined to search for health-related information using voice search. Since it is increasingly used, the healthcare industry is also making good use of voice search. This technology would be helpful to both patients and caregivers who try to locate hospitals or clinics either near their homes or offices.
Chatbots in healthcare provide various benefits. They assist with medication management, first-aid or in emergencies. Chatbots offer a personalized service to patients and caregivers.
5. Virtual Reality in Healthcare
Patients are often anxious about hospital stays and procedures. Virtual reality helps calm their nerves and improve the patient experience.
6. mHealth Apps
Mobile applications provide patients with control over the options available to him. These apps can assist in making an appointment, uploading medical history or even checking into a hospital for medical care. Mobile apps ease the load of the non-medical staff at hospitals and reduce the patient’s waiting period thus reducing operational costs considerably.
An online platform Encourage was developed to empower patients with information related to their healthcare and educational material about procedures and illnesses. The tool further helps doctors keep track of a patient’s progress, assign tasks, reminders and care plans for the patient. It also gives patients the ability to include people as their caretaker and manage their engagement with them and the doctors through a rewards system and more.
Related Reading: Read more about the case of simplifies patient care here.
What is the Future of PGHD?
With no signs of slowing down, it is estimated that in a couple of years AI is expected to grow annually at the rate of 48%. Other technologies along with mobile apps help in communicating with patients even after they leave the healthcare facility. With such promising technologies, patient-generated health data will surely benefit patients and caregivers and aid healthcare organizations to provide better care.
Yes, the partnership of healthcare organizations with technology is a match that brings out the best in each other. We can confidently look forward to this relationship growing and maturing in the days to come. To empower your healthcare organization with the budding technologies, get in touch with our experts now!
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Evolution Of The Digital Twin Technology
What is a digital twin? Digital Twins can be best defined as digital copies or virtual replicas of physical assets. Data scientists can make use of digital twins to try and run simulations before they build and deploy actual devices. Digital Twin technology transforms the way in which the Internet of Things, Artificial Intelligence, as well as, Data Analytics is optimized.
The concept of ‘digital twin’ rewinds back to the year 1970 with the launch of Apollo 13. NASA’s digital twin model of Apollo 13 was a famous rescue mission to assess space monitoring conditions. The concept of Digital Twins later gained recognition in 2002 at the onset of a presentation by Challenge Advisory at the University of Michigan. According to Gartner, the digital twin is one of the top 10 strategic technology trends since 2017. Gartner estimates 21 billion connected sensors and endpoints by the end of the year 2020!
Related Reading: Checkout in detail, where and why should you invest in IoT.
Digital Twins: Enhancing IoT Enabled Industries
Data scientists build digital twins that can receive input from sensors that collect data from its real-world counterpart. The twin is then allowed to simulate in real-time. This process provides critical insights and feedback that helps in analyzing the actual system’s performance. For instance, a twin car can be built digitally by validating various inputs to check on factors such as safety, mileage, etc.
Digital Twins impact various IoT-enabled environments such as manufacturing, automotive, healthcare, financial services, urban planning and many more. The major IoT-enabled industries that can leverage the benefits of digital twin technology and how they benefit from it are as follows:
- Manufacturing Industry: The Digital Twin concept with the IIoT (Industrial Internet of Things) is implemented in the manufacturing domain. It can be designed and deployed in numerous ways such as in tracking and monitoring systems, evaluating production, troubleshooting equipment used, etc. As digital twins can predict failure chances, it helps in saving costs, time and in improving customer loyalty.
- Automotive Industry: The future of autonomous vehicles lies on well-connected road systems and vehicles. Critical data gathered from this network. The digital twins then act as simulated models that help engineers analyze the behavior of vehicles before they are used on roads.
- Healthcare: Medical monitoring technology is used to gather critical data such as heart rate, oxygen levels, etc. This data is used in the creation of digital simulations. Digital twins help the healthcare ecosystem in disease diagnosis, remote monitoring of patients, etc.
- Urban Planning Sectors: Vital data such as maps, blueprints of buildings, real-time data from sensors, etc are used to create digital twin models to improve urban planning services. These services include waste disposal, mobility services, providing resources like electricity and water, etc.
- Asset Management: Both worksite and remote industrial operations can be managed via digital twins with the help of remote asset monitoring services. Predictive maintenance of assets like machinery improves operational efficiencies and decreases disruption of business operations. Digital twins can also be converged with augmented and virtual reality techniques for better visualization of industrial workflows.
- Financial Services: Customer behavior can be easily monitored with digital twin technology. It helps in creating personalized profiles for individuals via data analysis of their previous behavior in buying decisions etc. It can also simulate cash flows and balance sheets. Client needs can be analyzed better by insurance firms and asset managers and can thus provide personalized experiences for their customers.
Digital Twin Technology: Fostering Innovation In IoT-Enabled Environments
According to Gartner digital twin will be used by 50 percent of the industries in 2021. This will result in a 10% improvement in operational efficiency in these IoT-enabled organizations. The digital twin technology is the most important Industry 4.0 technology that is available today.
It helps in automating decision-making processes, providing critical insights into dynamic recalibration of products and other equipment in the industries, monitoring the manufacturing processes and production lines, etc.
The digital twin technology helps in monitoring manufacturing components, assets, and critical processes in real-time. Also, it helps in improving OEE (Overall Equipment Effectiveness), increasing product quality, enhancing traceability, reducing wastage and boosting overall efficiency.
Main Data Elements in Digital Twin Technology: Key Benefits For Improved Innovation
There are three main elements in digital twins such as Past, Present and Future Data that improve efficiency in IoT-enabled industries. The past data is the data from the previous performance of individual machines etc. Present data is the real-time data from sensors, whereas the future data is the data received from machine learning algorithms and various inputs from engineers.
The key benefits of Digital Twin IoT enabled industries are as follows:
It is important for an IoT-enabled environment to understand the relationship between different types of data within its network. This IoT data can be extracted and enhanced in the form of knowledge graphs. This helps in automating processes and improving decision-making.
Increased ROI Generation
A decline in revenue is mainly due to the downtime of machines. The digital twin technology can reduce downtimes, prevent failures, and increase the life-span of machines. This not only improves productivity but also brings down the operational costs significantly and improves revenue generation.
Digital twins provide a platform that enables IoT-enabled industries to be prompted constantly about production, operation and management activities. The virtual testing platform that it provides, simulate the real-world data into critical and meaningful insights. In addition to being a scalable solution, it also self-diagnoses problems. This makes it easy for industries to make human-machine interaction efficient and productive.
Digitizing The Whole Industry Ecosystem
There is a rapid adoption rate of digitizing operations by industries day-to-day in order to achieve positive business outcomes. This is made possible with the steady data flow from the environmental and operational sectors of the IoT-enabled industries.
This up-to-date and personalized data maximize profitability and productivity. In addition to being a high revenue opportunity, the digital twin technology also digitizes the working assets and processes in its entirety.
In a nutshell, the benefits that can be leveraged from digital twin technology for IoT-enabled industries are as follows:
- Reliable operations and management of equipment and production lines
- Increased Overall Equipment Effectiveness or OEE achieved via reduced downtime.
- Increased ability of customers to remotely configure products.
- Significantly reduced maintenance costs due to preventive measures taken that aid in finding out chances of failures or machine breakdown, etc.
- Improved production cycles leading to reduced downtimes.
- Better productivity
- Considerably reduced risks in areas of product availability, product failures, services, maintenance, etc.
- Provides critical insights of past, present and future data in real-time environments.
The globe is yet to witness over 50 billion connected devices by the time period of 2020-2030 and over 7 billion customers using the web worldwide.
For an immersive experience on how to transform your IoT-enabled industry or business with the Digital Twin technology, call us right away. We will help you gather brilliant strategies on fostering innovation with specific digital twin models!